2009 Skoda Roomster 1.4L Diesel · CU59 FWH

This 2009 Skoda Roomster presents a roadworthiness profile defined almost entirely by absence of recorded defects across all four documented DVSA tests, suggesting that the mechanical condition of the vehicle has remained within test thresholds throughout its later life. The most recent assessment on 30 January 2024 resulted in a pass with no advisories or failures logged on the same day, indicating the car cleared inspection on that occasion without any components being flagged for monitoring or immediate attention. The earlier 2023 and 2021 tests follow the same pattern, with each passing without defect. However, the existence of both a pass and a fail recorded on the same date in January 2024 warrants clarification from the seller, as this typically indicates a presentation failure followed by an immediate retest after rectification, though no specific defects are recorded against either entry in the official data provided. The clean advisory history suggests that structural integrity, braking components, suspension, and exhaust emissions have remained within acceptable limits at each test point. With 179,873 miles recorded on a vehicle now approximately seventeen years old, the average annual accumulation sits at roughly 10,581 miles per year, which aligns closely with typical usage for a car of this age and class. The testing record shows an interval of just over two years between the 2021 and 2023 tests, consistent with the biennial MOT cycle that would apply to a vehicle first registered in 2009, and a further year to the 2024 tests. There are no extended gaps in testing that would suggest prolonged periods off the road, meaning the recorded mileage is likely to be a fair representation of continuous use rather than a low figure distorted by lay-up periods. At this mileage, mechanical wear on consumables, engine internals, clutch, and transmission synchros should be expected, but the absence of any recorded advisories across four tests indicates that wear has progressed without reaching the threshold of test failure on the inspected components. For a prospective buyer, the lack of flagged items in the advisory record means there is no specific component history to target during inspection, but the high overall mileage still demands a thorough mechanical evaluation of the usual high-wear areas. On a test drive, particular attention should be paid to the suspension, listening for clonking or knocking from the front wishbones, anti-roll bar bushes, and rear dampers over uneven surfaces, as these are common wear points on Roomsters of this age even where no advisory has yet been triggered. Brake pedal feel should be assessed for excessive travel, sponginess, or judder under firm application, which could indicate binding calipers, worn brake discs, or compromised brake pipes, particularly given the vehicle's age and mileage. The steering should be checked for play at the straight-ahead position and for any clunks or vibrations during low-speed turning, which would point to worn track rod ends or top mounts. The engine and drivetrain also warrant close inspection given the recorded distance. Listen for any irregular idle, timing chain rattle on cold start, or excessive exhaust smoke, as these can signal valve stem seal wear, oil consumption issues, or failing lambda sensors on higher-mileage petrol units commonly fitted to this model. The clutch should be tested under load on an incline to confirm smooth engagement without slipping or judder, and the gearbox checked for any reluctance to engage gears or synchro wear when downshifting. Given that the MOT history shows no corrosion advisories, a thorough visual inspection of the underside, wheel arches, sills, and subframe mounting points is still essential, as corrosion can develop between tests. Finally, verify the rationale behind the same-day pass and fail recorded in January 2024 by reviewing the V5 document, recent service invoices, and any repair receipts from that date to ensure full transparency on the vehicle's preparation history.